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http://www.keysight.com/find/e7515a To test LTE devices, including cat 9 and cat 10, you need carrier aggregation capabilities. New enhancements to the UXM wireless test set make it easy to add multiple cells and test 3CC end-to-end data throughput at up to 450 Mbps DL and 100 Mbps UL.

An overview of what an AWG is and what the advantages of using an AWG for optical applications are; which applications are supported by an AWG in the optical space and what the advantages of the Keysight M8195A over other AWG’s in the market are.

This demonstration guide explains how some of the most frequently-made measurements obtained using the Keysight Technologies, Inc. U2040XA Series power sensors can be analyzed using the Keysight BenchVue software Power Meter App.

Keysight SystemVue now includes MATLAB Script, an equation and modeling engine from MathWorks. This product tutorial shows communications system designers how to create and debug MATLAB models from inside the SystemVue user interface.

The Keysight WaferPro Express software performs automated wafer-level measurements of semiconductor devices such as transistors and circuit components. It provides turnkey drivers and test routines for a variety of instruments and wafer probers. Its user interface makes it easy to setup and run complex wafer-level test plans, while powerful customization capabilities are enabled by the new Python programming environment.

This video discusses Keysight's This video discusses Keysight's mmWave MIMO channel sounding solution for 5G. 5G is aiming to achieve gigabytes per second data rate anywhere, anytime, and to get there, we need to use new technologies such as massive MIMO and millimeter wave broadband. solution for 5G. 5G is aiming to achieve gigabytes per second data rate anywhere, anytime, and to get there, we need to use new technologies such as massive MIMO and millimeter wave broadband.

This video provides an introduction to Class E Power Amplifiers and demonstrates a superior, time saving methodology to design and practically realize a Class E RF power amplifier using first principles to build an ideal circuit and then utilizing circuit design tools to synthesize a more realistic circuit topology from the ideal case.

This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels.